Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

A straightforward framework for matching each layer of protection to the problem it actually solves. Trying to understand vendors in the modern application security space can feel a lot like trying to solve word scramble. Whether it’s remembering what the “A’s” in "WAAP” stand for, figuring out if “WAF” includes APIs, or assessing the actual function of a new AI security product, understanding what tools your team actually needs is getting harder all the time.

AI is changing the speed and scale of cyber risk, but the fundamentals of security remain the same. Elisa Costante, VP of Software Engineering at Forescout, discusses why visibility, risk assessment, and adaptive controls are essential for protecting organizations against rapidly evolving threats. Learn more.

In a rapidly changing technology landscape, waiting for consensus can mean losing the advantage. Elisa Costante, VP of Software Engineering at Forescout, explains how acting early helps organizations build understanding, adapt to change, and stay ahead as AI transforms cybersecurity for defenders and attackers alike.

CVSS remains a valuable tool for understanding vulnerability severity, but severity and risk are not the same. In this video, we explore why effective risk management requires additional context, including asset reachability, business impact, remediation timelines, and an organization's ability to reduce exposure. CVSS can help start the conversation, but it shouldn't be the only factor driving prioritization decisions.

Security teams hesitate with new tools. The key? Clearly show the core value and benefits. Prove product value first, then onboarding is simple. Control balance, gain speed.

Not every high-severity vulnerability represents the highest risk. Learn why effective prioritization requires more than a CVSS score and how factors such as reachability, exploitability, active exploitation, and asset criticality provide the context needed to focus remediation efforts where they matter most.

The encryption protecting today’s data isn’t broken, but it does have a timeline. This video breaks down why current systems like TLS, PKI, and RSA remain secure today, and how quantum computing will change that. As progress accelerates toward large-scale quantum machines, organizations must prepare for a new era of security. Learn how PQC (post-quantum cryptography) helps address emerging risks like “harvest now, decrypt later,” and why tracking adoption of quantum-safe encryption is critical now, not later.

Stop "lift and shift" disasters. Understand data center talk, then migrate app by app. Leverage cloud-native controls or trusted third-party firewalls for seamless connectivity.